Flashing or "repacking" firmware for the MXQ Pro 4K (RK3228A) Go to product viewer dialog for this item.
is a common way to fix "stuck on logo" issues or improve performance. Because these boxes are often "clones," you must verify your specific board version before starting to avoid permanent bricking. 🛠️ Essential Tools
Male-to-Male USB Cable: Used to connect the TV box to your PC.
Toothpick or Pin: To press the hidden reset button inside the AV port.
Rockchip Driver Assistant: Essential for the PC to recognize the RK3228A chip.
Factory Tool / RKBatchTool: The software used to "burn" the firmware image onto the device. 📋 Flashing Steps mxq pro 4k rk3228a firmware repack
Identify Your Board: Open the box and find the board version (e.g., R329Q V3.1 or MXQPRO_V73).
Load Firmware: Open Factor Tool on your PC and select your downloaded firmware image (.img or .iso). Enter Recovery Mode: Unplug the power from the TV box.
Insert the toothpick into the AV port and hold the reset button down.
While holding the button, connect the USB cable from the box to the PC.
Start Upgrade: Once the software shows a green indicator or "Found One LOADER Device," click Restore or Upgrade. Flashing or "repacking" firmware for the MXQ Pro
Success: Wait for the "Success" message; the first boot after flashing can take up to 5–10 minutes. 💡 Key Tips How to upgrade firmware android tv box MXQ 4K pro
Once unpacked, you can modify the firmware. Here are the three most common reasons to repack an MXQ Pro 4K ROM.
remote.conf or sunxi-ir.kl inside /system/etc/ or /vendor/usr/keylayout/.factory_code and key_define section from your stock backup into the repack. This preserves button mapping.This is the heart of the repack process. We’ll modify system.img.
Once you’re done modifying the mounted folder:
Unmount and convert back to sparse image: Part 5: Common Modifications – Why Repack
sudo umount super_mount
img2simg super.raw new_super.img
Replace the original super.img in your unpacked firmware folder.
Repack the full Rockchip image:
afptool -pack output_folder new_update.img
rkImageMaker -rk32 new_update.img final_firmware.img
Or if using the Python tools:
./tools/afptool/afptool -pack ./output/ ./new_update.img
./tools/rkimage/rkimage make ./new_update.img ./rk3228a_modified.img
Run file MXQ_Pro_4K_RK3228A_20231205.img. If it returns "data," it’s likely a Rockchip packed image.
| Problem | Likely Fix |
|---------|-------------|
| Box won't boot after flash | Corrupted parameter.txt – restore original partition table |
| Wi-Fi/BT broken | You overwrote the vendor partition with wrong drivers. Keep original /vendor/lib/modules |
| Boot loop | Try flashing only super.img via fastboot: fastboot flash super new_super.img |
| "Signature check failed" | Some bootloaders check hash. Disable by flashing an unlocked uboot.img from 4PDA |
Using Android Image Kitchen:
unzip AIK-Linux.zip -d boot_repack
cp boot.img boot_repack/
cd boot_repack
./unpackimg.sh boot.img
# Modify ramdisk (e.g., default.prop, init.rc)
./repackimg.sh
# New image is image-new.img
An RK3228A firmware image isn't a single file; it’s a container holding multiple partitions. When you use a tool like ImgRePackerRK to unpack a firmware file, you will see a cascade of folders. The most critical ones for our repack are:
parameter: This text file defines the partition table. It tells the system where the kernel, ramdisk, and user data live on the NAND flash. If you mess this up, you brick the device.kernel.img: The Linux kernel.resource.img: This contains the boot logo and the device tree blob (DTB). The DTB is crucial—it defines the hardware mapping.boot.img: Contains the kernel and the initial ramdisk (initramfs). This is where we often tweak startup scripts.